Alright, buckle up, buttercups, because we’re diving into the glorious, slightly greasy, and undeniably “cracked” world of a truly seasoned developer. Forget your trendy IDEs and your perfectly manicured keyboards; we’re talking about the tools of the trade for those who’ve seen the matrix and decided to rewrite it in Bash.
“Cracked” Code: A Developer’s Arsenal of Glorious Grime
Let’s start with the throne, shall we? A Herman Miller chair. Not because it’s fancy, mind you, but because after 18 hours of debugging a memory leak, your spine deserves a luxury condo. Forget plush cushions; we’re talking ergonomic support that whispers, “You’re a genius, now fix that segfault.”
Then there’s the monitor setup—a veritable wall of screens. Four, minimum. Horizontal, vertical, it doesn’t matter. It’s like a digital command center, or, as my grandma would say, “a nest of glowing rectangles.” You’ll have code on one, documentation on another, Grafana dashboards screaming about CPU spikes on the third, and a cat video on the fourth, because even “cracked” devs need a break.
The keyboard? Oh, it’s a battle-scarred veteran. Keys worn smooth, maybe a few missing, definitely a questionable stain or two. It’s not about aesthetics; it’s about the feel, the tactile feedback that whispers, “You’re one keystroke away from solving everything… or causing a cascading failure.” And the mouse? Dusty, possibly held together with tape. It’s seen better days, but it gets the job done. Because let’s be honest, who has time for a mouse upgrade when you’re wrestling with legacy code?
Now, let’s talk languages. C++. Not the trendy, shiny new languages, but good old, memory-managing, segfault-prone C++. We’re talking GCC, Google Test, and CMake, because if you can’t build it from source, are you even a real developer? And don’t forget Bash and Python, because every “cracked” dev knows the power of a well-placed script.
Concepts? Oh, we’ve got concepts. Operating systems, networking, concurrency, distributed systems—you name it, we’ve debugged it. We’re not just writing code; we’re sculpting digital symphonies, and we need to know every instrument in the orchestra.
Monitoring and logging? Grafana dashboards that look like a spaceship control panel, Prometheus or InfluxDB storing metrics that would make a statistician weep, and the ELK stack, because logs are the breadcrumbs that lead you to the bugs. And Sentry? That’s our digital therapist, whispering, “It’s okay, you’ll fix it… eventually.”
Source control? Bitbucket or GitLab, because even “cracked” devs need to collaborate (begrudgingly). And Git? We know it like the back of our hands. We’ve wrestled with merge conflicts, resurrected lost branches, and rewritten history more times than we care to admit.
Development environment? Vim and Tmux, of course. Because why use a fancy IDE when you can have the raw, unadulterated power of the command line? Or, if you’re feeling fancy, VS Code with a Vim extension, because you’re a complex individual. And Linux, naturally. Red Hat or Arch, because why use an OS that holds your hand when you can build it yourself?
Docker, gRPC, Protobuf, CFA (if you’re feeling really adventurous), and databases galore—we’ve got it all. Q/kdb for the time-series wizards, MongoDB or Cassandra for the NoSQL enthusiasts, and MySQL or PostgreSQL for the SQL purists. Because a “cracked” developer is a jack-of-all-trades, a master of debugging, and a connoisseur of caffeinated beverages.
So, there you have it—the glorious, slightly grimy, and undeniably “cracked” world of a seasoned developer. It’s not about the latest gadgets or the trendiest tools; it’s about the knowledge, the experience, and the sheer, unadulterated love of solving problems. And maybe, just maybe, a little bit of madness.
Just if you were too lazy to read all this, here’s a quick summary of all the listed tools .
Note: The office environment part is just a joke 🐍
| Category | Tool/Concept | Description | Details | Links |
| Office Environment | Herman Miller Chair | High-end ergonomic office chair. | Known for comfort and adjustability, promoting good posture. | Herman Miller Official Site |
| Multi-Monitor Setup | Multiple displays for increased productivity. | Can be horizontal or vertical, allowing for more visible workspace. | Multi-Monitor Setup Guide | |
| Unspecified Keyboard | Indicates a heavily used keyboard. | Often a mechanical keyboard favored by programmers. | Mechanical Keyboard Guide | |
| Old Speakers (Logitech) | Basic audio output. | Indicates focus on functionality over aesthetics. | Logitech Speakers | |
| Old/Broken Headset | Communication tool. | May indicate a focus on functionality over appearance. | Headset Guide | |
| Old/Dusty Mouse | Input device. | May indicate less focus on peripherals. | Mouse Guide | |
| Languages & Frameworks | GCC with Google Test | C++ compiler and testing framework. | GCC is the GNU Compiler Collection. Google Test is a C++ testing framework. | GCC, Google Test |
| CMake | Cross-platform build system. | Used to manage the build process for C++ projects. | CMake | |
| C++ 17/20/23 | Modern C++ standards. | Feature-rich versions of the C++ language. | C++ Standards | |
| Conan & Artifactory | C++ package manager and artifact repository. | Manages dependencies and stores build artifacts. | Conan, Artifactory | |
| Bash | Unix shell and command language. | Used for scripting and command-line operations. | GNU Bash | |
| Python with Poetry | Python package manager and dependency management. | Poetry simplifies Python dependency management. | Python, Poetry | |
| Fundamental Concepts | Operating Systems | Software that manages computer hardware and software resources. | Essential for understanding how software interacts with hardware. | Operating Systems Guide |
| Networking | Connecting devices and systems. | Understanding network protocols and architectures. | Networking Basics | |
| Concurrency | Executing multiple tasks simultaneously. | Essential for performance in modern systems. | Concurrency Guide | |
| Software Design | Designing and structuring software systems. | Focus on maintainability, scalability, and efficiency. | Software Design Principles | |
| Design Patterns | Reusable solutions to common software design problems. | Proven solutions for common design challenges. | Design Patterns | |
| Computer Architecture | Understanding how computer components work together. | Essential for optimizing software for specific hardware. | Computer Architecture Basics | |
| Optimization Techniques | Improving software performance and efficiency. | Methods for reducing resource usage and execution time. | Optimization Techniques | |
| Distributed Systems | Systems spread across multiple computers. | Essential for scalability and reliability. | Distributed Systems Concepts | |
| Debugging Skills | Identifying and fixing software errors. | Crucial for software development and maintenance. | Debugging Guide | |
| Monitoring & Logging | Grafana | Data visualization and monitoring. | Used to create dashboards and visualize metrics. | Grafana |
| Prometheus/InfluxDB | Time-series databases. | Used for storing and querying metrics. | Prometheus, InfluxDB | |
| Elastic Stack (ELK) | Log management and analysis. | Logstash, Elasticsearch, and Kibana. | Elastic Stack | |
| Human/Binary Logs | Different formats for storing log data. | Human-readable logs for debugging, binary logs for performance. | Logging Best Practices | |
| Sentry | Application monitoring and error tracking. | Used to monitor application health and capture errors. | Sentry | |
| Source Control | Bitbucket/GitLab | Git-based code hosting platforms. | Used for version control and collaboration. | Bitbucket, GitLab |
| Git | Distributed version control system. | Essential for managing code changes. | Git | |
| Development Environment | Vim & Tmux | Text editor and terminal multiplexer. | Highly efficient tools for command-line development. | Vim, Tmux |
| Linux (Red Hat/Arch) | Open-source operating systems. | Popular among developers for flexibility and control. | Red Hat, Arch Linux | |
| VS Code/Visual Studio with Vim Extension | Code editors with Vim emulation. | Combines the power of modern IDEs with Vim’s efficiency. | VS Code, Visual Studio | |
| WSL (Windows Subsystem for Linux) | Runs a Linux environment on Windows. | Allows developers to use Linux tools on Windows. | WSL | |
| Docker | Containerization platform. | Used to package and deploy applications in containers. | Docker | |
| IPC & Messaging | Pipes & Message Sockets | Intra-process communication. | Used for communication within a single host. | Pipes, Sockets |
| gRPC & Protobuf | Inter-process communication. | Used for communication between hosts. | gRPC, Protobuf | |
| CFA/BlazingMQ | Messaging brokers. | Used for asynchronous communication between systems. | (Information on CFA is limited, BlazingMQ is from Bloomberg) BlazingMQ | |
| Databases | Q/kdb | Time-series database. | Used in finance for high-performance time-series analysis. | kdb+ |
| DolphinDB/InfluxDB/Timescale | Time-series databases. | Used for storing and querying time-stamped data. | DolphinDB, InfluxDB, Timescale | |
| MongoDB/Cassandra | NoSQL databases. | Used for flexible data storage and scalability. | MongoDB, Cassandra | |
| MySQL/PostgreSQL | SQL databases. | Used for relational data storage and querying. | MySQL, PostgreSQL |
